SJA1000定义头文件

LCD驱动HT1621的PIC源代码,C语言源代码-LCD driver HT1621 the PIC source code, C language source code

针对USB HID设备的编程，采用VC编码，通过检测，有一定的参考价值-against USB HID programming using VC coding through testing, a certain reference value

一个driverstdio usb驱动的编程实例

该代码为我学习winnt内核时所写，主要功能是在ring3下通过DeviceIoControl与驱动进行通信，获取内核的数据以及sdt，idt信息等。并实现了hook NtQuerySystemInformation函数来实现进程隐藏的功能-The code for the kernel, I am learning winnt wrote, Its main function is in ring3 through DeviceIoControl communication with the driver. access to the kernel and sdt data, the information loop. And the achievement of the hook function to achieve NtQuerySystemInformation implicit process possession of the function

利用giveio实现在windows下直接访问pci卡的程序.安装giveio后,将源代码中的pci的venderid和deviceid改为自己pci卡的id号,就能够在widows下得到自己pci卡的基地址,在giveio运行的条件下可以直接对pci的io端口进行操作!-Giveio realize the use of direct access to the windows under the pci card procedures. Giveio installed, will the source code of the pci and DeviceID venderid changed their pci card id number, will be able to get their widows under the pci card base address, in giveio running conditions can be directly on the pci port to operate the io!

详细描述了基于TI TSC2003触摸芯片的底层实现流程-Described in detail based on the TI TSC2003 touch the bottom of the chip implementation flow

视频采集卡驱动与程序api接口程序代码.-Video capture card driver and procedures api interface program code.

对于Flash存储器的驱动，采用的Flash芯片为SST公司的SST39VF1601-Flash driver source code of SST39VF1601 flash IC

硬盘的IDE驱动程序-IDE hard disk driver

Two categories of devices don’t fit neatly into the PnP framework I described in Chapter 6. These categories are controller devices, which manage a collection of child devices, and multifunction devices, which have several functions on one card. These kinds of devices are similar in that their correct management entails the creation of multiple device objects with independent I/O resources.-Two categories of devices don’t fit neatly into the PnP framework I described in Chapter 6. These categories are controller devices, which manage a collection of child devices, and multifunction devices, which have several functions on one card. These kinds of devices are similar in that their correct management entails the creation of multiple device objects with independent I/O resources.